TECHNOLOGIES Sample Clauses
The "Technologies" clause defines the specific technologies, tools, or platforms that are relevant to the agreement or project. It typically outlines which software, hardware, or proprietary systems will be used, developed, or integrated during the course of the contract. For example, it may specify that a particular programming language, cloud service, or technical standard must be employed. This clause ensures that both parties have a clear understanding of the technical scope and requirements, reducing the risk of misunderstandings or disputes over what technologies are permitted or required.
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TECHNOLOGIES. Bitdefender informs you that in certain programs or products it may use data collection technology to collect technical information (including suspect files), to improve the products, to provide related services, to adapt them to the latest industry trends and to prevent the unlicensed or illegal use of the product or the damages resulting from the malware products. You accept that Bitdefender may use such information as part of the services provided in relation to the product and to prevent and stop the malware programs running on your device. By accepting this Agreement, You acknowledge and agree that the security technology used can scan the traffic in an impersonal mode to detect the malware and to prevent the damages resulting from the malware products. You acknowledge and accept that Bitdefender may provide updates or additions to the program or product which automatically download to your device. By accepting this Agreement, You agree that some of the executable files considered potentially harmful, may be submitted to Bitdefender servers for the purpose of being scanned. Bitdefender reserves the right to collect certain information from the computer on which it is installed, depending on the modules and services You have activated in your Bitdefender Solution. Such information may pertain to potential security risks as well as to URLs of websites visited that the Bitdefender Solution and Services deems potentially fraudulent. The URLs could contain personally identifiable information that a potentially fraudulent website is attempting to obtain without Your permission. As such, You agree that certain Product modules, services and components may collect pieces of data from your systems for the purpose of evaluating and improving the ability of Bitdefender’s products to detect malicious behavior, potentially fraudulent websites and other Internet security risks. Bitdefender also employs proprietary Cloud technologies to perform scanning on certain URLs, files or emails submitted from your systems.
TECHNOLOGIES. Only solar electric photovoltaic (PV) facilities qualify as Eligible Facilities. The Seller is responsible for registering and maintaining their Facility as RPS compliant with the California Energy Commission (CEC). Refer to the CEC RPS Eligibility Guidebook1 for the latest certification requirements. Only photovoltaic modules that are certified by a nationally recognized testing laboratory are eligible.2 All photovoltaic modules must be certified as meeting the requirements of the Underwriters Laboratory Standard (UL) 1703. ! For custom photovoltaic modules not certified by UL 1703, parties may seek certification by the Los Angeles Department of Building and Safety Materials Test Lab (▇▇▇▇://▇▇▇▇▇.▇▇▇). Facilities will not be approved by LADWP inspectors until proof of certification is received by LADWP. All inverters must be certified by a nationally recognized testing laboratory for safe operation and must be certified as meeting the requirements of UL 1741. LADWP reserves the right to adopt additional codes, standards, and conditions, prior to execution, at its sole discretion. The CEC RPS Eligibility Guidebook can be found at: ▇▇▇▇://▇▇▇.▇▇▇▇▇▇.▇▇.▇▇▇/renevvables/documenta/ 2 The CEC maintains a list of certified modules that can be obtained from the CEC website at: ▇▇▇▇://▇▇▇.▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇.▇▇.▇▇▇ The renewable generator(s) that constitutes the Facility shall be within the boundaries of one legal parcel, identified by Appendix D by Assessors Parcel Number (APN).
TECHNOLOGIES. The stakeholders’ recommendations will be based on a microservice architecture offering and consuming RESTful services (see subsection 3.3). With that aim, several general technologies will be used. For a more detailed description of the OpenReq relevant technologies we refer to the deliverable D1.4. In addition, we will need specific technologies for recommendation systems, classifications and clustering, and NLP, which are described in subsections 3.2.3.1, 3.2.3.2, and 3.2.3.3, respectively. These subsections contain a list of available technologies for the field. The final technologies to be used in OpenReq will be chosen taking into account the type of license of 14 Conversion rate is the proportion of users of a system who take action to go beyond a casual content view or website visit, as a result of subtle or direct requests from marketers, advertisers, and content creators.
TECHNOLOGIES. The collaboration will leverage Cytokinetics' proprietary platform, Cytometrix(TM) cellular phenotyping technologies, which are routinely utilized in Cytokinetics' screening processes to analyze both on-target and off-target effects of candidate compounds. Cytometrix(TM) cellular phenotyping technologies utilize cell-based assays to create digital phenotypic profiles ("fingerprints") representative of diverse molecular mechanisms of drug action. Cytometrix(TM) fingerprints detail information on the potency and specificity of a compound or drug-related toxicities. Cytokinetics presently employs Cytometrix(TM) cellular phenotyping technologies to eliminate compounds of mixed mechanism, allowing the company to focus its medicinal chemistry and pharmacology resources more selectively on higher quality chemical series. This collaboration with AstraZeneca is designed to develop a new Cytometrix(TM) technologies application called the Cytometrix(TM) Hepatotoxicity Module for the in vitro prediction of hepatotoxicities downstream of screening.
TECHNOLOGIES. Subject to the terms and conditions of this Agreement, at the Closing, Seller will sell, convey and transfer to Buyer, and Buyer will purchase from Seller, the following Technologies (the "Technologies"): All of Seller's right, title and interest to the Mariah Internet Protocol Telecomputing Project, the MindWalker Series, the Crayon Crawler Browser, the Spirit 32 Voice Mailer and all of the tradenames and copyrights associated with the names "Crayon Crawler," "Mindwalker" and "Mariah." Buyer takes said Technologies "as is" without warranty of any kind either expressed or implied.
TECHNOLOGIES. Flagship has also adopted a series of cutting edge technologies that enable us to continually monitor the quality of service we’re providing: • Biometric time keeping systems • Restroom FOB tracking system • Proprietary Inspection System • Work Order and Periodic Work Order Systems.
TECHNOLOGIES. Annex 8(a) hereto correctly describes technologies used in the Business included in the Contributed Assets (the "TECHNOLOGIES"), which AL1 owns or has licenses to.
TECHNOLOGIES. Due to the fact that the frequency coordination situation of GSM vs. GSM has already been regulated, the following coordination situations are regulated in this Technical Arrangement: • GSM system vs. broadband systems • broadband systems vs. broadband systems With regard to these relationships between the narrow band GSM and the broadband system and between broadband systems, the applied principles are the following:
a) GSM base stations that are in operation or that will later be put into operation can continue to operate according to the provisions laid down in the relevant bi- or multilateral agreements, arrangements or protocols, with the protection of GSM systems having priority over broadband systems,
b) protection between broadband systems is treated in a system/technology neutral way,
c) if a new broadband system different from UMTS, LTE or WiMAX systems is intended to be introduced, the approval of the Signatory Authorities concerned shall be obtained before the introduction of a new broadband system,
d) a new broadband system may only be treated as UMTS, LTE or WiMAX systems after having been granted the approval of Signatory Authorities concerned.
TECHNOLOGIES. (a) Phoenix shall supervise CLL employees who are technologists, marketing, or administrative personnel to ensure the ongoing provision of Vascular Laboratory Services, marketing services, and administrative services to CLL and CLL customers. Should CLL or its customers require services (whether clinical, marketing, or administrative or otherwise) beyond those services which are able to be provided by CLL employees, for reasons of volume, scheduling, vacations, on-call coverage, illness, training, or otherwise, then Phoenix shall use its best judgment and efforts to supply such additional services through Phoenix employees or through third-party contractors. Such additional services shall be paid by CLL at a cost equal to Phoenix's actual out-of-pocket expense associated with the Phoenix employee or third-party contractor. Phoenix warrants and represents that all clinical services will be performed by appropriately credentialed employees and third-part contractors. In the case of vascular technologists, all personnel will be either Registered Vascular Technologists or Registry eligible. In the case of echocardiographic technologists, all personnel shall be RDMS qualified in echocardiography. Phoenix shall ensure that all CLL clinical personnel are properly trained to meet all clinical requirements set forth by insurance carriers, Medicare, or third parties such as hospitals. In the event of a conflict between the selection of a Phoenix employee or a CLL employee to perform clinical services at a CLL Vascular Laboratory, Phoenix shall exercise the utmost in professional and commercial judgment to insure that CLL's interests are adequately represented at all times. Phoenix shall make ongoing staffing recommendations to CLL to ensure that CLL has adequate staff to deliver the Vascular Laboratory Services and other services to CLL customers. CLL, in its sole discretion, will have the final authority to implement such staffing recommendations, or not.
(b) Phoenix shall cause the technologists to provide diagnostic Vascular Laboratory Services on an "on-call" basis for emergency cases, the emergency nature of which cases shall be determined by the ordering physicians in his or her sole discretion.
(c) Phoenix shall use its best efforts to cause the Technologists to provide the Vascular Laboratory Services in accordance with the appropriate medical standards for such services. Additionally, Phoenix shall use its best efforts to ensure that the provision of Vascul...
TECHNOLOGIES. One of the main challenges that WP8 has been and still is facing is the shifting of needs from a development environment to a real production environment. Working within the constraints that this places on the architecture of system deployment, the solution must provide a high level of security, stability, and cost effectiveness. These requirements have therefore motivated the WP8 partners to look into solutions that enable, in a realistic way, the deployment of a neuGRID site in complex environments. An additional important technological challenge that WP8 has been facing is the use of the gLite grid technology. gLite is a grid middleware software stack from the European project “Enabling the Grid for e-sciEnces (EGEE).” As stated on the EGEE official website “gLite provides a bleeding-edge, best-of-breed framework for building grid applications tapping into the power of distributed computing and storage resources across the Internet.” gLite was conceived as a large-scale project for providing grid capabilities to sites using a large number of computers. The architecture of gLite is complex and includes services including security, user interfaces, computing and storage elements, information systems and data and workload management. For the sake of exemplifying gLite’s usage and scalability, it is currently used in production in the WLCG/EGEE infrastructure1. This infrastructure operates a grid distributed over more than 200 sites around the world, with more than 30,000 CPUs and 20 PB of data storage. These numbers can give the reader a better idea of the capabilities and sheer complexity of gLite. While a single gLite service can be deployed in a single operating system, a site containing multiple grid services cannot be deployed in a single operating system due to its complex architecture. This causes software / security dependencies problems. In neuGRID, a significant number of servers are expected to be deployed, which will provide reasonably enough resources for the end-users to execute data and processing intensive pipelines. In order to facilitate the maintenance, WP8’s intent is to virtualize all servers and use pre- configured OS images with pre-installed grid services. 1 ▇▇▇▇://▇▇▇▇▇.▇▇▇.▇▇▇▇.▇▇/glite/